Dolichoderus passalomma

Last updated

Dolichoderus passalomma
Temporal range: Middle to Late Eocene
O
S
D
C
P
T
J
K
Pg
N
Dolichoderus passalomma GZG-BST04982 profile.jpg
Worker in Baltic amber
Scientific classification Red Pencil Icon.png
Kingdom: Animalia
Phylum: Arthropoda
Class: Insecta
Order: Hymenoptera
Family: Formicidae
Subfamily: Dolichoderinae
Genus: Dolichoderus
Species:
D. passalomma
Binomial name
Dolichoderus passalomma
Wheeler, 1915

Dolichoderus passalomma is an extinct species of Eocene ant in the genus Dolichoderus . Described by William Morton Wheeler in 1915, a fossilised worker of the extinct species was discovered in Baltic amber. [1]

Related Research Articles

<i>Aphaenogaster sommerfeldti</i> Extinct species of ant

Aphaenogaster sommerfeldti is an extinct species of ant in the subfamily Myrmicinae known from a group of Middle Eocene fossils found in Europe. A. sommerfeldti is one of three species in the ant genus Aphaenogaster to have been noted from fossils found in Baltic amber by William Morton Wheeler.

<i>Aphaenogaster oligocenica</i> Extinct species of ant

Aphaenogaster oligocenica is an extinct species of ant in the subfamily Myrmicinae known from a pair of Middle Eocene fossils found in Europe. A. oligocenica is one of three species in the ant genus Aphaenogaster to have been noted from fossils found in Baltic amber by William Morton Wheeler.

<i>Aphaenogaster mersa</i> Extinct species of ant

Aphaenogaster mersa is an extinct species of ant in the subfamily Myrmicinae known from a pair of Middle Eocene fossils found in Europe. A. mersa is one of three species in the ant genus Aphaenogaster to have been noted from fossils found in Baltic amber by William Morton Wheeler.

<i>Asymphylomyrmex</i> Extinct genus of ants

Asymphylomyrmex is an extinct genus of ants in the formicid subfamily Dolichoderinae. The genus contains a single described species, Asymphylomyrmex balticus and is known from a group of Middle Eocene fossils which were found in Europe.

Eldermyrmex is an extinct genus of ant in the Formicidae subfamily Dolichoderinae. The genus contains a single described species Eldermyrmex oblongiceps. Eldermyrmex is known to be from the Baltic Amber.

<i>Yantaromyrmex</i> Genus of ants

Yantaromyrmex is an extinct genus of ants first described in 2013. Members of this genus are in the subfamily Dolichoderinae of the family Formicidae, known from Middle Eocene to Early Oligocene fossils found in Europe. The genus currently contains five described species, Y. constrictus, Y. geinitzi, Y. intermedius, Y. mayrianum and Y. samlandicus. The first specimens were collected in 1868 and studied by Austrian entomologist Gustav Mayr, who originally placed the fossils in other ant genera until the fossils were reviewed and subsequently placed into their own genus. These ants are small, measuring from 4 to 6 mm in length and can be characterized by their trapezoidal shaped head-capsules and oval compound eyes that are located slightly to the rear of the capsules midpoint, with no known ocelli present.

<i>Dolichoderus balticus</i> Species of ant

Dolichoderus balticus is an extinct species of Eocene ant in the genus Dolichoderus. Described by Mayr in 1868, the fossils of a worker, queen and male of the species were discovered in the Baltic Amber.

Dolichoderus brevipalpis is an extinct species of ant in the genus Dolichoderus. Described by Dlussky in 2008, the ant is from the Eocene epoch, being discovered in the Baltic Amber.

<i>Dolichoderus cornutus</i> Species of ant

Dolichoderus cornutus is an extinct species of Eocene ant in the genus Dolichoderus. Described by Mayr in 1868, the fossils were discovered in the Baltic amber, where a fossilised worker ant was only described, and it is presumed these ants existed at least 40 million years ago.

Dolichoderus elegans is an extinct species of Eocene ant in the genus Dolichoderus. Described by William Morton Wheeler in 1915, the fossilised remains of the species were found in the Baltic amber.

Dolichoderus granulinotus is an extinct species of Eocene ant in the genus Dolichoderus. Described by Dlussky in 2008, the species fossils were discovered in the Baltic amber.

<i>Dolichoderus longipilosus</i> Species of ant

Dolichoderus longipilosus is an extinct species of Eocene ant in the genus Dolichoderus. It was described by Dlussky in 2002, and the fossils of the species are only known from a fossilised worker that was found in the Baltic amber.

<i>Dolichoderus mesosternalis</i> Species of ant

Dolichoderus mesosternalis is an extinct species of Eocene ant in the genus Dolichoderus. Described by William Morton Wheeler in 1915, a fossilised worker of the species was found in the Baltic amber.

<i>Dolichoderus nanus</i> Species of ant

Dolichoderus nanus is an extinct species of Eocene ant in the genus Dolichoderus. Described by Dlussky in 2002, a fossilised worker was discovered in the Baltic amber.

Dolichoderus polessus is an extinct species of Eocene ant in the genus Dolichoderus. Described by Dlussky in 2002, a fossilised worker was discovered in the Rivne amber.

Dolichoderus polonicus is an extinct species of Eocene ant in the genus Dolichoderus. Described by Dlussky in 2002, a fossilised worker was discovered in the Baltic amber.

<i>Dolichoderus punctatus</i> Species of ant

Dolichoderus punctatus is an extinct species of Eocene ant in the genus Dolichoderus. Described by Dlussky in 2008, fossils of the species were found in the Baltic Amber.

Dolichoderus robustus is an extinct species of Eocene ant in the genus Dolichoderus. Described by Dlussky in 2002, a fossilised worker was discovered in the Rivne amber.

Dolichoderus vexillarius is an extinct species of Eocene ant in the genus Dolichoderus. Described by William Morton Wheeler in 1915, a fossilised worker was found and described from the Baltic amber.

Liometopum oligocenicum is an extinct species of Miocene ant in the genus Liometopum. Described by William Morton Wheeler in 1915, the fossils were found in Baltic amber.

References

  1. Wheeler, W. M. (1915). "The ants of the Baltic amber". Schriften der Physikalisch-Okonomischen Gesellschaft zu Konigsberg. 55 (4): 79.